YoVDO

Machine Learning with Python and Scikit-Learn – Full Course

Offered By: freeCodeCamp

Tags

scikit-learn Courses Machine Learning Courses Python Courses Unsupervised Learning Courses Linear Regression Courses Logistic Regression Courses Decision Trees Courses Random Forests Courses Model Deployment Courses

Course Description

Overview

Save Big on Coursera Plus. 7,000+ courses at $160 off. Limited Time Only!
Embark on a comprehensive 18-hour journey into Machine Learning with Python and Scikit-Learn, designed for beginners with basic Python and statistics knowledge. Explore fundamental concepts like linear and logistic regression before advancing to tree-based models such as decision trees, random forests, and gradient-boosting machines. Learn best practices for managing machine learning projects, build a state-of-the-art model for real-world data, and delve into unsupervised learning and recommendations. Gain hands-on experience by following along with provided code notebooks, and conclude by deploying a machine learning model to the cloud using Flask. By the end, confidently build, train, and deploy real-world machine learning models, with encouragement to apply newly acquired skills to datasets and competitions on platforms like Kaggle.

Syllabus

⌨️ Introduction
⌨️ Lesson 1 - Linear Regression and Gradient Descent
⌨️ Lesson 2 - Logistic Regression for Classification
⌨️ Lesson 3 - Decision Trees and Random Forests
⌨️ Lesson 4 - How to Approach Machine Learning Projects
⌨️ Lesson 5 - Gradient Boosting Machines with XGBoost
⌨️ Lesson 6 - Unsupervised Learning using Scikit-Learn
⌨️ Lesson 7 - Machine Learning Project from Scratch
⌨️ Lesson 8 - Deploying a Machine Learning Project with Flask


Taught by

freeCodeCamp.org

Related Courses

Statistics: Making Sense of Data
University of Toronto via Coursera
Curso Práctico de Bioestadística con R
Universidad San Pablo CEU via Miríadax
Statistical Learning with R
Stanford University via edX
The Analytics Edge
Massachusetts Institute of Technology via edX
Regression Models
Johns Hopkins University via Coursera